As a part of my Electrical Engineering core curriculum, my team and I created a PCB design to analyze the frequency signals of any inputted song by displaying them on LEDs.
As a part of my Electrical Engineering core curriculum, my team and I created a PCB Design to record electrical signals coming from our hearts and filter out noise.
As a part of my Self Powered Systems for the Internet of Things course, I was tasked with defining, researching and pitching a new IoT device with a self-sustaining power source.
As a continuation of my coursework in Embedded Computing and Robotics, I took my understanding of the MSP430 Microcontroller by T.I. to the next level by programming a robot to autonomously navigate a maze
As an introduction to my coursework in Embedded Computing and Robotics, I learned how to write to program a Texas Instruments robot to navigate a racetrack autonomously using an MSP430 microcontroller.
As a part of my V.L.S.I.(Very-Large Scale Integration) course, I used what learned about digital circuits to design and simulate the tradeoffs of 3 to 8 row address decoders and make recommendations to a hypothetical client.